The package xcite is no longer necessary, because its functionality has been taken over by xr, so this final version is just a stub that loads xr.

The system employs scripts, common utility programs, and a set of MetaPost macros to provide a means of expressing the details outline fonts directly in the MetaPost language. The system was employed to generate the Latin Modern fonts, and the distribution includes an example development of Knuth's logo fonts.

This package offers you a LaTeX style file and two classes to typeset articles or books in a colorful way. These classes currently have native support for English, French, German, Italian, Portuguese (European and Brazilian), and Spanish typesetting. They compile with any major TeX engine.

The package contains a theme for Beamer which is referenced as Cuerna inside Beamer and has four basic colour themes. The title page shows rectangles that represent the Fibonacci sequence, and spiral is drawn on top of the rectangles. Besides that the rest of the graphic elements in the slides are scarce to keep it clean.

This package provides a translation of Oetiker's (Not so) short introduction to LaTeX2e.

This package provides Polish macros and fonts supporting Pagella/pxfonts and Termes/txfonts

The package patches a few commands of the LaTeX2e kernel and the amsmath and mathtools packages to be more compatible with the LuaTeX engine. It is only meaningful for LuaLaTeX documents containing mathematical formulas, and does not exhibit any new functionality. The fixes are mostly moved from the unicode-math package to this package since they are not directly related to Unicode mathematics typesetting.

The Euler fonts are suitable for typsetting mathematics in conjunction with a variety of text fonts that do not provide mathematical character sets of their own. Euler-VM is a set of virtual mathematics fonts based on Euler and CM. This approach has several advantages over immediately using the real Euler fonts. Most noticeably, less TeX resources are consumed, the quality of various math symbols is improved and a usable \hslash symbol can be provided. The virtual fonts are accompanied by a LaTeX package which makes them easy to use, particularly in conjunction with Type1 PostScript text fonts. They are compatible with amsmath. A package option allows the fonts to be loaded at 95% of their nominal size, thus blending better with certain text fonts, e.g., Minion.

This package provides a LaTeX mathematics font setup for use with New Century Schoolbook text.

This package permits drawing program charts in the style of the Scratch project. This package is obsolete. From now on, Scratch is now version 3 with a new design. Use the scratch3 package to draw blocks with the new design.

This package provides a package to typeset bit pattern diagrams such as those used to describe hardware, data format or protocols.

The luacomplex package is developed to define complex numbers and perform basic arithmetic on complex numbers in LaTeX. It also loads the luamathspackage. It provides an easy way to define complex numbers and perform operations on complex numbers. There is no particular environment for performing operations on complex numbers. The package commands can be used in any environment (including the mathematics environment).

The mathfont package adapts unicode text fonts for math mode. The package allows the user to specify a default unicode font for different classes of math symbols, and it provides tools to change the font locally for math alphabet characters. When typesetting with LuaTeX, mathfont adds resizable delimiters, big operators, and a MathConstants table to text fonts.

This package wrap text around figures. It is a fork of wrapfig package. It is backwards compatible with the original environments.

The package offers facilities for adding a columns of numbering to the general text so that the text can be properly referenced. The vertical ruler can be scaled and moved freely.

factura is a LaTeX class for typesetting and calculating invoices, taking into account requirements of SENIAT legislation (tax collector entity on the Bolivarian Republic of Venezuela). However, its use is not restricted to Venezuela because all variables and the displayed text can be redefined by invoking commands or editing.

This package allows the user to declare a variable which can then be used anywhere else in a document, including before it was declared.

This package provides a translation of Oetiker's original (Not so) short introduction to LaTeX2e.

The package modifies \item commands to save the optional argument in a box.

This is a redistribution of the original Gentium release from SIL, not altered in any way. Gentium is a typeface family designed to enable the diverse ethnic groups around the world who use the Latin, Cyrillic and Greek scripts to produce readable, high-quality publications. The Gentium family includes a complete Greek font, supporting both monotonic and polytonic forms. While some Greek characters do closely resemble Latin ones, it is a separate design that embraces the robust, distinctive character of the Greek script, but does so within the design context of the whole typeface. As a result, the two scripts can be successfully mixed in a paragraph or page of text.

The package changes package loading internals so that all subsequently loaded packages can rely on normal/standard catcodes of all ASCII characters. The package defines canonical control sequences to represent all the visible ASCII characters. It also provides robust option parsing mechanisms (XDeclareOption, XExecuteOptions and XProcessOptions, which will be used by \documentclass if the package has already been loaded). The package also provides a range of other TeX programming tools.

This package provides the language definition file for support of Dutch in babel. It provides all the necessary macros, definitions and settings to typeset Dutch documents.

The fonts provide uppercase formal script letters for use as symbols in scientific and mathematical typesetting (in contrast to the informal script fonts such as that used for the calligraphic symbols in the TeX maths symbol font). The fonts are provided as Metafont source, and as derived Adobe Type 1 format. LaTeX support, for using these fonts in mathematics, is available via one of the packages calrsfs and mathrsfs.

The package provides a Unicode font with over 4,000 symbols to supplement the Unicode math symbols. It is compatible with and complements the AMS STIX2 math fonts, but focuses on new symbols and symbol variants more suited to work in logic.